This paper presents a new mixed-integer linear programming formulation for combined generation, storage and demand response expansion planning. The proposed captures flexibility dynamics in integrated energy systems long horizons with large temporal resolution. objective function considers costs related to: investment, operation, emission penalties, fixed variable maintenance. considered units ...

Solar PhotoVoltaics (PV) integration into the electricity grids significantly increases complexity of Transmission Expansion Planning (TEP) because solar PV power generation is uncertain and difficult to predict. Therefore, this paper proposes optimal planning method for transmission expansion combined with generation. The problem solved by using Long Short-Term Memory (LSTM) forecasting radiat...

We propose a TransCo model for coordinating transmission expansion planning with competitive generation capacity planning in electricity markets. Our purpose is to provide a tool to simulate the equilibrium interplay regarding strategic decisions of a set of power producers and a single transmission operator. The solution represents an iterative process for defining the optimal transmission exp...